Bücher von Abhik Chatterjee

Desde as duas últimas décadas, a utilização de vários materiais carbonados atrai imensa atenção no domínio da ciência dos materiais e da síntese orgânica. A utilização diversificada de alótropos de carbono e dos seus materiais funcionalizados é também digna de nota. Neste livro, discutimos as propriedades físicas e químicas de alguns materiais ricos em carbono. O uso do grafeno e de materiais baseados em G é discutido pelos autores. Os supercapacitores também são fabricados a partir de materiais à base de grafeno e são abordados neste livro. As aplicações catalíticas do óxido de grafeno em várias reacções multicomponentes estão claramente representadas. Os autores descrevem também as diversas utilizações de materiais à base de fulerenos e nanotubos de carbono. Esperamos que o rico conteúdo deste livro possa ser benéfico para os leitores.

Desde hace dos décadas, el uso de diversos materiales carbonosos atrae una inmensa atención en el campo de la ciencia de materiales y la síntesis orgánica. El uso diverso del alótropo carbono y sus materiales funcionalizados es también digno de mención. En este libro se discuten las propiedades físicas y químicas de algunos materiales ricos en carbono. Los autores analizan el uso del grafeno y los materiales basados en el G. Los supercondensadores también se fabrican a partir de materiales basados en el grafeno y se analizan en este libro. Las aplicaciones catalíticas del óxido de grafeno en diversas reacciones multicomponente están claramente representadas. Los autores también describen el uso diverso de materiales basados en fullerenos y nanotubos de carbono. Esperamos que el rico contenido de este libro resulte beneficioso para los lectores.

Negli ultimi due decenni, l'uso di vari materiali carboniosi ha attirato un'immensa attenzione nel campo della scienza dei materiali e della sintesi organica. Anche l'uso diversificato dell'allotropo del carbonio e dei suoi materiali funzionalizzati è degno di nota. In questo libro si discutono le proprietà fisiche e chimiche di alcuni materiali ricchi di carbonio. Gli autori discutono dell'uso del grafene e dei materiali a base di G. Anche i supercondensatori sono realizzati con materiali a base di grafene e vengono discussi in questo libro. Le applicazioni catalitiche dell'ossido di grafene in varie reazioni multicomponente sono chiaramente rappresentate. Gli autori descrivono anche i diversi usi dei materiali a base di fullerene e dei nanotubi di carbonio. Ci auguriamo che i ricchi contenuti di questo libro possano essere utili ai lettori.

In den letzten zwei Jahrzehnten hat die Verwendung verschiedener kohlenstoffhaltiger Materialien auf dem Gebiet der Materialwissenschaft und der organischen Synthese große Aufmerksamkeit erregt. Bemerkenswert ist auch die vielfältige Verwendung von Kohlenstoff-Allotrop und dessen funktionalisierten Materialien. In diesem Buch werden die physikalischen und chemischen Eigenschaften einiger kohlenstoffhaltiger Materialien diskutiert. Die Verwendung von Graphen und G-basierten Materialien wird von den Autoren diskutiert. Superkondensatoren werden auch aus Graphen-basierten Materialien hergestellt, die in diesem Buch besprochen werden. Die katalytischen Anwendungen von Graphenoxid in verschiedenen Multikomponentenreaktionen werden anschaulich dargestellt. Die Autoren beschreiben auch den vielfältigen Einsatz von Fulleren-basierten Materialien und Kohlenstoff-Nanoröhren. Wir hoffen, dass der reichhaltige Inhalt dieses Buches für die Leser von Nutzen sein wird.

Au cours des deux dernières décennies, l'utilisation de divers matériaux carbonés a suscité une grande attention dans le domaine de la science des matériaux et de la synthèse organique. L'utilisation diversifiée de l'allotrope carbone et de ses matériaux fonctionnalisés est également remarquable. Dans ce livre, nous discutons des propriétés physiques et chimiques de certains matériaux riches en carbone. L'utilisation du graphène et des matériaux à base de G est abordée par les auteurs. Les supercondensateurs sont également fabriqués à partir de matériaux à base de graphène et sont abordés dans ce livre. Les applications catalytiques de l'oxyde de graphène dans diverses réactions multicomposants sont clairement représentées. Les auteurs décrivent également les diverses utilisations des matériaux à base de fullerènes et de nanotubes de carbone. Nous espérons que le riche contenu de ce livre sera utile aux lecteurs.

From last two decades, the use of various carbonaceous materials attract immense attention in the field of material science and organic synthesis. The diverse use of carbon allotrope and its functionalized materials is also noteworthy. In this book, we discuss about the physical and chemical properties of some carbon rich materials. The use of graphene and G-based materials is discussed by the authors. Supercapacitors are also made from graphene based materials and which is discussed in this book. The catalytic applications of graphene oxide in various multicomponent reactions is clearly represented. Authors also describe the diverse use of fullerene based materials and carbon nanotubes. We hope the rich contents of this book may be beneficial for readers.

The computational experiment has a vital position in modern science.Today¿s world is guided by computer simulation. Computer simulations have done to understand the properties of a gathering of molecules in terms of their structure and microscopic interactions. Molecular dynamics simulation (MDS) serves as a complement to conventional experiments.This book carries six chapters. First two chapters give the importance of Molecular dynamics simulation in the biological world and basic theory. The aim of the book is to familiarize you some idea about necessary of molecular dynamics simulation and its operation and applications. Third, the fourth and fifth chapter deals with GROMACS software-(operation and analysis tools). The sixth chapter gives a molecular dynamics work on an ion channel protein. The objective of this book is not to consider all parts of Gromacs simulation and analysis tools in depth, but rather to present a birds view and understanding.

Seminar paper from the year 2020 in the subject Geography / Earth Science - Physical Geography, Geomorphology, Environmental Studies, , language: English, abstract: In this work, Suregada multiflora leaves extract (SMLE) was studied as an environmentally friendly green corrosion inhibitor on iron metal in HCl solution by weight loss measurement. Metallic corrosion is one of the greatest problems in developed and developing countries due to unusual wastages of metallic instruments in the industrial sector. Metallic corrosion arises due to environmental effects. Corrosion is unfavourable as many direct and indirect costs arise due to the damages such as productivity losses, interruptions, breakdowns, environmental pollutions, and even some legal actions. The best method to reduce corrosion is the use of inhibitors. A corrosion inhibitor represents the chemical compound that decreases the rate of corrosion of metallic substances when added to a gas or liquid phase. The inhibitors are mixed with solutions that are in direct contact with metal which prevents the anodic or cathodic reactions in an electrochemical cell that mitigates the corrosion. The plant extracts are biologically acceptable, eco-friendly, or green corrosion inhibitors which can respond in a proper way to mitigate the corrosion without damaging the eco-system of the environment. In the market, large numbers of inhibitors are available. Different organic and inorganic compounds are used for these purposes. But few of them are environmentally friendly.Appropriate inhibitor selection is a very difficult task. Presently use of natural products like plant extracts is an emerging concept to make an eco-friendly planet. There are numerous studies where Plant-based corrosion inhibitors have been used. Recently green inhibitors attract the spotlight due to some of their advantages like they are eco-friendly, biodegradable, and nontoxic and does not contain any heavy metals. Plant extracts are found to be rich sources of phytochemicals which can be a good substitution for traditional toxic inhibitors. Leaves extract has been in the centre of interest of researchers due to its high content of phytochemicals compare to the other parts of the plants.